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lesliejones
Leslie Jones
Principal Broker
    Years of Experience: 22

    GRI: Graduate, Realtors Institiute
    CDPE: Certified Distressed Property Expert
    Green: NAR Green Designation
    CIAS: Certified Investor Agent Specialist

Direct: 503-312-8038

Office: 503-287-8989



Company Info

RE/MAX equity group
237 NE Broadway
Portland, OR
503-287-8989


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Smog Eating Roof Tiles?

Tuesday, April 12th, 2011

A recent ditty in the Journal of Light Construction (yes, I do read scintillating things don’t I?) touched on smog eating roofs being installed by KB Homes.  My curiousity was piqued.

MonierLifetile,  a Boral roofing company, indeed makes such a tile.  Their website explains the technology, ” The BoralPure™ SMOG-EATING Technology works via a catalyst embedded in the upper portion of the roof tile. When exposed to sunlight it speeds up oxidization reducing nitrogen oxide, which can be generated from fossil fuel burning processes resulting from operation of motor vehicles. Working much like a catalytic converter does in a car; SMOG-EATING Tile transforms harmful substances into safe ones, protecting the quality of the air we breathe.”

The claim is that 2000 square feet of the tile eats up nitrogen oxide equivalent to a car driving 10,800 miles.  That is pretty good.  Now, a 2000 sq foot roof is a big roof.  Per the JLC article, KB Homes is intstalling these roofs in California, where I suppose there are more ranch style homes, and hence larger roofs.  A quick search of KB Homes website didn’t turn up anything on these roofs, though I’m guessing it is contained within their Energy Star or Built to Order sections.  As an aside, I did notice that KB Homes is using the Home Energy Performance Guide and provides a performance profile on each of their new homes.  Kudos to KB Homes.

Energy Efficiency Performance Scores in Portland?

Monday, March 21st, 2011

A few months ago we had that Home Energy Performance Test done by the folks at Imagine Energy.  We ended up with all sorts of valuable information, much of which we are still mulling over and putting to work.  In addition to the analysis of the different facets of our house; insulation, mechanicals, ventilation, I really have valued the energy breakdowns.  Our energy usage was parsed several different ways, including by fuels (natural gas and electricity), on a consumption basis, usage basis (heating, hot water, plugs) and a cost break down.  It costs us $1032 per year to power our house, with heating being our highest expense  at $398 per year, and hot water and plugs being quite close at $235 and $251 respectively.  Note, these numbers aren’t our total utilities, so water, sewer and garbage are in addition to the $1032.  No wonder it seems kind of inexpensive.

Before the housing crisis hit, Oregon, and Portland in particular, was poised to institute some “point of sale” energy efficiency standards; one with regard to the efficiency of furnaces and the second an energy rating system of homes, letting buyers know estimates of future energy use in advance of their purchase.  Our sister “green” city, Austin, Texas has energy conservation audits in place in certain, and most real estate transactions.   Yes, there is a place in the United States that may well be greener than Portland, and it is in Texas!

Homeowners in Oregon, in conjunction with the Earth Advantage Institute  and The Energy Trust of Oregon, have used the Energy Performance Score voluntarily.   The idea of a point of sale standard on home energy performance reporting is coming up again, not so much a result of an improving real estate market, but more I think, a result of increased energy consciousness.  Representative Ben Cannon recently introduced House Bill 3535  which contains a variety of energy efficiency measure beyond just the Energy Performance Score.  It isn’t clear how far the bill will get in this session.

The Home Energy Performance Score may well be linked, through an easy “one stop shopping” center, giving home sellers and home buyers easy to understand information and buying opportunities to improve a house’s energy efficiency.  Many of us think energy efficiency is only driven by expensive upgrades such as new furnaces and replacement windows.  But even small tweaks can bring noticeable efficiencies.  From our Home Performance Test we learned of leaks in the duct work of our heating system ( in our home built in 2003).  Caulk and mastic are not expensive, and can make a huge difference when applied to the right areas by someone who knows what they are doing.  We noticed warmer rooms and less drafts immediately.

As you might imagine, there are many different opinions on a mandated Energy Performance Score. Per a recent article in the Portland Tribune, t he evaluation to arrive at the “score” is estimated to cost anywhere from $200 to $400.  And whether a seller gets the evaluation done prior to marketing the home, or a buyer has it completed as a part of their professional inspections, the cost increase the amount of money it takes to transact a real estate sale.  

Point of sale regulations and standards of practice are an efficient way to catch certain issues and property conditions.  The State of Oregon now requires both smoke alarms and carbon monoxide alarms (starting April 1, 2011) be installed in a property before the title transfers.  These are arguably very valuable tools that should be in place in a home.  And while it isn’t regulated, oil tanks tests in real estate transactions turn up, and cause to be cleaned up, many leaking underground heating oil tanks.  And sewer scopes in the city of Portland cause many “party” sewers to be separated every year (the City of Portland requires party sewers be separated within 180 days of discovery).  The list could go on.  The point being, real estate transactions can be an easy and, in a sense efficient, way to improve both individual properties and the quality of our overall housing stock.

Home Performance Testing, Portland Style

Thursday, January 20th, 2011

Last week we had a Home Performance Test done on our house by the folks at Imaginenergy (they installed our solar this last summer).  The test was quite extensive; several guys all over my house for three plus hours.  They were on time, well equipped and quite considerate (even of our two dogs and three cats).  They accessed our crawl space, attic and of course every room in the house.  Guido the cat did enjoy a bit of a walk about in the crawl space – something he has wanted to do for years. Measurements were taken, appliances evaluated, air tested, ceiling fan strengths tested, windows evaluated and more.  As our house is fairly new, some of this was easier than it might be in an older home.  Our windows still have stickers showing what kind they are, appliance ratings are still present, and labels on the furnace and hot water heater show capacities and such.

A blower door test was peformed, providing all sorts of data.  First and foremost, the blower door test can give a sense of how much air leakage our house has;  insulation performance and the air sealing of the building shell.  It also allows for manipulation of air pressures, to be sure combustion devices are venting properly in a variety of situations; windy day, certain doors open and closed, furnace fan running and so on. 

I’ll leave an analysis of the data for another day.   More important for now is what Imaginenergy was able to tell me that day before they left.  We had two gas leaks and our gas hot water heater, located in the utility room on the first floor, doesn’t draft the exhaust properly in some conditions.  Time to actually install that carbon monoxide monitor that has been sitting on the shelf.  One of the gas leaks is outside, on the gas company’s side of the meter and one is in our crawl space.  Imaginenergy is helping us look at alternatives for the hot water heater including a tankless system and a sealed combustion hot water heater/tank.

I’ll post again soon on the actual results and our next steps.

How energy efficient is our house anyway?

Tuesday, January 11th, 2011

Our house was built in 2003 by a pretty conscientious builder, (though it doesn’t have any green certifications or anything).  But the house have double paned windows, plenty of insulation, and a reasonable furnace.  Cold, blustery days like today do seem to pull the heat from the house, and rooms far from the furnace (our bedroom) and plenty cooler than others.

Today, the folks from Imaginenergy are doing a home performance test on our house.  I’ve cleared out the accesses to to the attic and crawl space, so we’re ready for them to have at it.  Part of me hopes we do well…we are good people aren’t we?  On the other hand, wouldn’t it be great if they came up with some low cost “fixes” to make our home more energy efficient?

We shall see!

Solar Power Update…almost done

Wednesday, August 25th, 2010

This past Friday, August 20th marked the completion of the solar panel installation, and the first day the system was up and running.  They say the system was active at about 12:00 noon.  Though we’ve yet to get the web based monitor (more on that later) the Sunny Boy data panel is telling us how much we are and have generated, along with a variety of other data.  We estimate our daily usage is somewhere around 10 kwh per day.  On Friday, 8/20 from 12:00 on, we generated a bit over that.  The slightly cloudy days of the weekend generated slightly over 10 kwh each, and Monday 8/23 was a bit over.  Today, a hot sunny day, we have generated 15.9 kwh by 5:15 pm.

Solar Panel installation

Today we did have our inspection from the city, as scheduled.  I love things happening as scheduled.  Imagine Energy showed up a bit early to place a few required stickers and such – safety stickers letting anyone working on our electric panel know that it is fed both by the standard incoming line AND  solar panels.  Our house is fairly new, built in 2003.  My husband and I both noticed that our electric panel was missing the requisite blue inspection sticker from when the house was built.  In an effort to avoid inspection hassles, I printed the inspection record from 2003, showing complete approval of the electric system.  And indeed, the guy today remarked on the missing sticker, but with the records in hand, put the required blue sticker. on, back dated to 2003.

Yet to be completed are Portland General’s installation of the net meter.  This mechanism accounts for the excess power generated.  Portland General then credits us on the following month’s bill for any overage (or debits us for our usage).  The program is set up such that individuals with larger systems won’t be getting rich off their excess power.  The formula is a bit intricate, but after a year (April to March, I believe) any excess power is given to the low income energy assistance program.  I like this.  We didn’t install solar to have some sort of passive income stream.  We installed solar power to minimize our carbon footprint, because it is the right thing to do, and because my husband is obsessed with it.  That we can contribute a bit to those in need is a great benefit.

Also yet to be completed is the “communictaions” part of the system.  Getting Sunny Boy to feed his data to the ether, and for us to be able to access that data. 

Sunny Boy

My husband and I have felt this last detail could be a weak spot in the project.  While I am the tech support in our household, I didn’t sign on to get this thing working.  I can be sure the modem is good, reboot the wireless, troubleshoot the printer, tinker with the on demand netflix to the fancy tv.  I do not know how to hook this thingy up.  I’m told “they” will need to get back into our crawl space to finish this up.  Mind you our crawl space is accessed through the floor of the hall closet.  The hall closet that holds, coats, rain boots, that old pair of crutches, extra toilet paper, the large box of furnace filters, spare rugs and towels for pet bedding, bottles of wine we’ll never drink and keep forgetting to serve our guests, the folding table, packing boxes for any recent electronics purchase should they need to be returned.  Given that “they” will be back any day now, we’ve got those above mentioned treasures “stored” in the living room, awaiting this last step.  Now it is not Imagine Energy’s fault that our crawl space access is so centrally located, but having the stuff scattered about does make me very aware of any extra time this last step takes.

Quick Solar Power Update

Wednesday, August 18th, 2010

You’ll remember, we are taking part in Solarize Portland and are quickly moving toward having our solar power installed.  Our contract is with Imagine Energy.  All the materials, but for the actual solar panels, were delivered yesterday.  This included lots of metal “rails” that hold the solar panels, the fancy electronic wirelss thingy we’ll use to monitor our power generation and a job box with miscellaneous caulk, roof jacks etc.  The dogs were quite “excited ” by a stranger loading stuff onto our back deck, and vocalized their opinions.  The panels are large and spendy.  Rather than storing them on our property, they’ll be transferred pretty much directly from the truck to our roof.  Why move big things twice?

The work is scheduled to start tomorrow, Thursday, and should last for about there days.Much excitement for the dogs.  Once the bulk of the project is complete, I understand there can be a bit of a wait for PGE to put the finishing touches on the project and complete the change over to the new system.  I expect we’ll be pretty impatient for that last step. 

I’ll post more soon, along with some photos.  Solar power here we come.!

Solarizing our House…update

Tuesday, August 3rd, 2010

We’re on!  For the project that is.  Paid the first half of our share up front last Thursday, July 22.  The work will be done in the next few weeks; certainly by the end of August.  As there are a few entities involved; contractor, Portland General and the Energy Trust of Oregon, to name a few, we’ll have a few inspections and such before the system is considered ready to go.

We also got a bit of good news today.  The legislature back pedaled a wee bit on the program cuts they made to the tax credits.  You’ll remember in my last post, that in an effort to help the State budget, the tax credits, especially on smaller projects, had been cut.  I’m guessing there may have been pressure from the solar contractors with bids out, but not yet signed.  We found out today that the tax credit has been reinstated to its earlier amount, for contracts signed before August 13.  That’s us!  So the project will cost us $1200 less than when we signed the contract.

An explanation of the tax credit rule changes.

As expected, we are anxiously waiting to hear when work will start.  The dogs will absolutely hate having workmen around, so those may be a few long days.  Hmm.  Maybe its about time for me to go out of town.

The Details of Solarizing My House

Monday, July 19th, 2010

Last Wednesday, we had the site assessment for our solar power project.  Remember from my last solar post, we are participating in Solarize Portland, a group buying cooperative that helps lower the cost of solar power,along with providing a streamlined process to coordinate the various solar power incentives.

The assessment went well.  As expected, our lack of large trees, exposed south facing roof face, newer electric panel and such, will make our house a candidate for solar power.  We were left with a detailed check list of steps in the process, time lines and contacts for the various stages.  I like this a lot .  We were also promised our bid by Friday.

On Thursday, we woke up to an article in the Oregonian outlining cut backs to the tax credits for solar power.  Bummer, kind of.  In an effort to balance the state budget ( which really does need doing), state tax incentives, especially for smaller projects of less than 2000 watts, were trimmed.  The cut had been voted on in early July and enacted quite quickly.  My husband is a master at the excel spread sheet and financial analysis of energy savings vs. cost.  It is what he does for a living.  Lots of research and calculations, but without the bid, he didn’t have much to work with.

As promised, the bid from Imagine Energy, came in on Friday.   In rough numbers, the total cost of the project came in at just under $20,000.  Ack!  Even with the recent cutbacks, the incentives  (subtracted from that total cost) are $5880 rebate from the Energy Trust of Oregon, $4183 Federal tax credit and a $4880 Oregon tax credit (realized on our state tax returns over the next four years) our cost would be$13,944.  Still kind of spendy.  Had we gotten the system done before the early July changes, we’d have saved an additional $1200 or so.  Phooey

The system proposed is a 3.36 kW Grid-Tied Photovoltaic System.  The system is expected to provide 80% of our power.  The system does include a net metering agreement with Portland General Electric (man you should see how many pages and disclaimers that agreement has !), and a cool dohickey called Sunny Webbox ( my husband calls it Sunny Boy), which will let us see how much power the solar system is generating. 

My husband spent the weekend evaluating the bid and slicing and dicing the data and incentives however many different ways in excel.  He’s got a few questions for the folks at Imagine Energy (I wonder if they put in an upcharge on the bid for dealing with over-involved homeowners?), which I expect will be answered today.

Check back soon for an update to our solar project.

Solar Power in Portland?

Wednesday, July 14th, 2010

I’m excited!  We’re  taking the first step toward getting solar panels on our house.  My husband works for a local power company that does business in the mountain and western states.  He works on energy efficiency programs for primarily commercial and industrial customers.  Energy efficiency is big in our household.  We have a doohicky on our meter so that we can read, from inside the house, how much power is being used at any given time.  We have a thingamajig that plugs in between an appliance and the outlet to measure the phantom power used by an appliance (to light that little light,keep the clock going on the coffee pot etc.).  Our lights have compact florescent light bulbs and we’re moving toward L.E.D. light bulbs.  I drive a hybrid car, my husband takes the bus to work and drives a bio-diesel truck when he drives.  But we don’t have solar power…yet.

Last year our neighborhood participated in Solarize Portland.  Enrollment ran from June – September 2009, with over 400 households signing up to install solar power.  We missed it (my mother passed away in June 2009, so last summer was kind of consumed by all that goes with a death in the family).

But…though that project is complete, the program still exists; harnessing the power (excuse the pun) of group purchasing and the efficiency of coordinating contractors and project management as a group.

Through Solarize Portland’s on line tools, we passed a preliminary evaluation of  the house and site suitability for solar power (tree coverage, roof area and charachteristics etc).  Today, we get a site visit from a project manager who will define the scope of work; how many panels, where, a projection of how much power we’ll generate  and so on.  From there, a contractor participating in the program will submit a bid for the project, using the scope of work proscribed today. 

The group purchasing power is projected to save us 15 – 20% of the project cost.  In addition, Oregon’s Residential  Energy Tax Credit provides some pretty darn good benefits.  There can also be federal tax incentives.

A recent program launched in Portland, whereby homeowners register for the right to sell solar power back to the power company for above market rates.  Sounds great, but the program is so popular, the designated capacity (how much power the power companies are willing to buy at these rates) sold out in 15 minutes.  You may remember the recent article on this program in the Oregonian.

While we’d love to participate in selling power back, for now, we are excited for this first step in our solar future.  I’ll post updates as we move closer to solar power.

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